"内置双摆主动共振波能转换装置：提升效率与稳定性的新突破"

内置双摆主动共振波能转换装置是一种通过实现波能系统共振来实现高效波能转换的装置。与内置单摆主动共振波能装置相比，内置双摆装置在提高效率的同时又保持了装置运行稳定性的特点。该装置基于势流理论和多刚体动力学理论，通过推导刚度控制模型和能量转换机理，提出了船体外形优化原理和俘能系统阻尼优化方法。通过Fluent仿真实验验证了在不同波况下仍能保持较高的俘能效率。该装置具有更高的稳定性和更广泛的应用范围，无需波向要求。研究成果进一步丰富了主动共振波能技术的理论内容，为波能技术商业化提供了理论和技术基础。Overall, the built-in double pendulum active resonant wave energy converter is a device that achieves high-efficiency wave energy conversion by realizing the resonance of the wave energy system. In comparison to the built-in single pendulum active resonant wave energy converter, the built-in double pendulum device not only improves efficiency but also maintains the stability of the operation. This device is based on potential flow theory and multi-rigid body dynamics theory, deriving stiffness control models and energy conversion mechanisms, and proposing principles for optimizing hull shapes and damping in the power take-off system. Through Fluent simulation experiments, it has been validated that the device can maintain high capture efficiency in different wave conditions. The device has higher stability and a wider range of applications, without the need for wave direction requirements. The research results further enrich the theoretical content of active resonant wave energy technology and provide a theoretical and technical basis for the commercialization of wave energy technology.